Abstract
We consider a space S of
complex vectors in C3 with physically relevant
constraints and the corresponding representation of the group SO(3,C) acting on S. The constraints are introduced to provide
real-valued and hyperbolically calculated vector magnitudes. Additionally, in
order to acquire the benefits that real numbers provide, we introduce a
real-valued scalar product in S using scalar product definition with
relaxed conditions. This, in turn, leads to consider a specific SO(3,C) representation and restricted SO(3,C) action on
S in order to keep the scalar product invariant.
Mathematics Subject Classification : 51F25, 20C35,
22E10, 46C50
Keywords: orthogonal group; polar decomposition;
hyperbolic rotation